khenemetre

The formula for the derivative is lim (f(x+h)-f(x))/h h->0 But is there a similar formula for finding indefinite integrals? Help!

I have a question also. Of course naturally if you measure the momentum of an electron with a form of photons, the impact of the photons changes the momentum of the electron, so if we had not measured it, it would have taken an entirely different path. But apparently even if we had some super God-like power to know where exactly an electron was without measuring it, the information still would be false (that's what I heard anyway). I have just one word for you: huh?

I think particles come from the fabric of reality (aka space-time continuum) itself. After all, is not matter merely condensed energy or space-time, according to E=mc^2? And I heard this once, if a particle stops moving altogether, it ceases to exist, fading back into the universal field, I don't know if that's correct though.

I read this PDF once by some professor, it said that basically particles are wormholes and that the (3+1) dimensional observer sees the opposite ends of the 5D wormhole as electric charges. So, my question is, could charge be the manifestation of submicroscopic wormholes?

So they're like metaphors for the way fields work? Cool.

How can physicists say that particles, for example the photon or theoretical graviton, 'carry' forces? It just seems more logical to me that forces are caused by disturbances in a universal field that manifests itself as the Four Fundamental Forces. So a nucleon absorbs a gluon (Strong force) emited by another nucleon and they're automatically supposed to be attracted to eachother? Wouldn't it be more likely that forces are caused by fields themselves, not particles? Can anyone explain this to me?